James A. Donahue
Analyst · OSATs this quarter or your -- or orders that have came from OSATs
Thank you, Jeff. First quarter sales were $56 million compared to $50.7 million in the fourth quarter of 2012. The non-GAAP loss was $0.32 per share compared to a loss of $0.07 per share in the fourth quarter. Non-GAAP results were negatively impacted by a number of unusual items, including the onetime effect of $2 million of deferred profit at Ismeca in changing revenue recognition from IFRS to GAAP, and also a revenue shortfall at BMS due to delays in orders from certain government entities. The impact of these items was $0.15 per share. On a GAAP basis, restructuring charges in our semiconductor equipment group and a required purchase accounting inventory step-up and the related cost-of-sale impact at Ismeca accounted for an additional loss of $0.05 per share. The restructuring that I mentioned reduced annual spending by approximately $4.1 million. Sales of semiconductor equipment were on plan. And as the quarter progressed, we saw encouraging signs of improving business conditions. Semiconductor sales are increasing in some market segments, and this has led to higher equipment utilization on customer test floors that reached 80% in March, and that's the first time in 2 years. Orders were $60.3 million compared to $42.1 million in the fourth quarter. Semiconductor equipment orders were $52.5 million compared to $33.7 million in the fourth quarter. Q1 orders include $17.7 million for Ismeca. Backlog was $63.4 million at the end of the quarter. Following the acquisition of Ismeca, we will begin to report the dollar value of semiconductor equipment orders in 2 categories: First, systems that consists of all handlers; and, second, tooling and services that includes spares, consumables, conversion kits, upgrades and services. For Q1, systems represented 43%, and tooling and services accounted for 57% of total orders. This was an active quarter not only with the addition of Ismeca, but also due to increased customer activity at each of our 3 semiconductor equipment businesses has strengthened as the quarter progressed. The main drivers were automotive, mobility and LEDs. Our semiconductor equipment group is launching and ramping production of key new products in the next 12 months, including the recently released Saturn gravity and NY20 turret handlers. These new systems will deliver higher performance at lower cost, leading to new opportunities in consumer, mobility, automotive, discrete and LED markets. We are also delivering innovative solutions for testing power management ICs, MEM sensors and application processors. Importantly, we have reduced our dependence on PC-driven sales and have new products that are well suited with the mobile device market. Now I'll provide some additional details on orders during the quarter. An initial multi-unit order was received for EDGE handlers for testing a new generation of sensors used by a major smartphone manufacturer, and we anticipate additional systems being needed as volume ramps in the second quarter. We won a new customer for our tri-temperature Castle handler and received multi-unit orders for tri-temp MATRiX handlers using the first -- including the first unit from a major IDM that displaces a competitor's system. MATRiX continues to capture new applications with its fast index time, high parallelism and chamber-less temperature capability. Several Summit thermal handlers were ordered, as these systems continue to deliver cost-effective testing of high-end microprocessors. We also received a repeat order for Pyramid -- excuse me, from a large IDM for testing power-dissipative, high-performance memory ICs that are built using advanced packaging technology. Q1 also marked our first volume orders for automation equipment for semiconductor assembly. We received orders for 30 units from a major IDM, and volume shipments are scheduled to begin in the second quarter and continue with this customer for several years. As I noted during our last conference call, opportunities for our T-Core thermal subsystems are increasing as certain customers implement batch testing and system-level test methodologies for consumer mobility ICs. During the first quarter, we shipped the first T-Core thermal subsystems, and these will be incorporated in an automated batch testing system for application processors used in mobile computing. T-Core utilizes the same proprietary thermal technology that's in our Pyramid production handler, and we now have solutions to address thermal requirements across a broad range of test-handling applications and expect additional orders for this particular batch testing application in the second quarter. Turning to gravity. Orders for gravity handlers were primarily for consumer and automotive applications. We received a multi-unit repeat order for our SO1000 and 2000 handlers from a major US-based IDM for microcontroller testing. MEMS-related business was steady. Multiple test units were ordered in conjunction with pick-and-place, gravity and strip handlers for testing centers in the automotive market. Early in the second quarter, we received a first evaluation order from a major European automotive IDM for testing power management ICs using our new Jupiter handler. We also received confirmation that another large European automotive IDM will evaluate the sister Saturn handler. The new product evaluation process in automotive is extensive. And as a result, we don't expect production unit orders until later this year. Our new turret business achieved better-than-expected unit orders for both semiconductor and discrete device testing. These orders were from multiple customers and suggest an uptrend in the mobility market, as the NX16 turret handler is quite often the solution of choice for customers testing small QFN packages, and these are used in a broad range of consumer electronics products. Also, continuing with Ismeca, multi-unit orders were booked for the next -- or, excuse me, for the NX32 turret handler. More than half of these systems will test and inspect MEMS centers that are incorporated in leading brands, smart phones and tablets. Ismeca also delivered a multi-site inertial sensors stimulus module in combination with its turret handlers, further expanding our portfolio of MEMS solutions. The LED market was strong with multi-unit orders from 2 large customers for NX32 handlers for use in testing next-gen LEDs for solid-state lighting. We're really excited with the opportunity to participate in this new market that is expected to continue to grow as many countries embrace more energy-efficient lighting solutions and also implement new regulations that benefit the LED industry. A large OSAT, a new customer, placed an initial order for the NX32 wafer system for handing wafer level packages and inspection and finishing operations. With this system, Ismeca has a unique capability for handling small, thin, fair-value [ph] devices, and these devices are commonly used in consumer mobility products such as smartphones and tablets.